| New model in OGS2.0 | DPOGS213113 |
|---|---|
| Genomic Position | scaffold320:- 87024-95875 |
| See gene structure | |
| CDS Length | 6216 |
| Paired RNAseq reads | 27510 |
| Single RNAseq reads | 65508 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA007875 (5e-11) |
| Best Drosophila hit | CG17255, isoform B (9e-15) |
| Best Human hit | ND |
| Best NR hit (blastp) | hypothetical protein Phum_PHUM213210 [Pediculus humanus corporis] (4e-51) |
| Best NR hit (blastx) | PREDICTED: similar to CG15040-PA, partial [Apis mellifera] (7e-32) |
| GeneOntology terms | GO:0009649 entrainment of circadian clock GO:0010378 temperature compensation of the circadian clock |
| InterPro families | IPR009738 BAT2, N-terminal |
| Orthology group | MCL18483 |
Nucleotide sequence:
ATGTCTGCACTCTCGACGCCGGGCGGCGGAGGCACTACGGCGCAGAGCAAGCCGACGTCC
GGGAAGCAAAAATATCAGAAATTGGACATCAATAGTCTTTACTGCGCTAATAGGAATGAA
AGCTCTGAACCGTCATCAGTGAAATCTCAACTTAGCCGTAAACATGGAATGCAAAGTCTT
GGAAAAGTACCTTCAGCTAGACGACCACCAGCAAACCTGCCTTCTTTAAAAACTGAAACT
GGCCAAGATCCTAACGCTAATACTGTATCTACTGTAACTACTCCTGCAACTACTCAAGCG
ACATGCACATCTCAGACTATAACCACAACTTCAAGCAGCAGTGCTGTTGCGTCAGGATGG
GTGGCTCTCCCCCCTCCGTCCTCACCTCATTTTCGCACAGAATTTCCTTCACTAGAGGCT
GCTGCACAACCTTCACATCGTTCTACAGATCACACTGTGCCTCAAACACAGCTGAGACCA
CAAACGGAAGGCAGCTGGACGTGCGGTGGCACGGCCGGCGTTCGGCAAGAAACTACATCG
TCCACCGTCGCCGCTCCCGCCTCCACGCCCGCTTCACAGCAAACACCCGCTTTCCGTGCT
ATTCTGCCACCCTTCCTGATGAAAGGTAGCAATGGCACAGGATTGGGCTTGGGAACATTG
ACATCACTTCGTGATTCTAGAAACATTGGCGGTGGCGGCGGAAGCGGTAATTCCAATAGT
AACATGGCTGGTCCAAGGCAATCCCAGCGACCGTCCGCTACGCCTCGAGCCGTTGAAGTT
TTAACGGCAAGGCCCATTCTTCGTGAAGAACAGATATCTTCTCTTGATGATATATCTCGT
GATGCTGGATGGGCGCAACATGACGACATAGATTATGACCAAAAGTTAGACTTCTCAGAT
GGTGAGTCTTCAGCTCCTACTGTGAAAGTTAGCAACAAGACTAATAATAACCGGACCAGT
ATTGAAAATGATCGCATAGACTCAAAAATACAAGACCCTGGTGATGAAGACCAGTTATGG
GCAGAACGGCGGCAGAAGCAAAGTAATGAAGTTGCTCAAGCTGTTGCTCGTGCAAGACAA
CGGAAGGAAGAGGAACAGCGACGTCAAATGCGGGATTCACCAGCGTCACAGCAGTCCTCT
AAAGATAACCGTGATAAAAATGATAGAAATGATCGTGATCGCAACGATAGAGAAAGAGAT
TATGAACACAGAGACAAGGATAGGGCTGAGAGCAAAGAAAAGGAAAGGTGTGACAATAAA
GACAGAGAAAGAAACGATTTACGTGACAGGGACAAGGACCGATTAGAGGGTAGGGATCGT
GATCGTATGGAAAACAGAGATCGTTTTGATAATCGTGATAGAGAACGTGACCGCGACCGT
GAAAGAGATCGAGCAATGGATAACAAGGATAGGGGAAGGCAAGACAATAGAGATCGGAAT
GATAGCAATAAAGATAGGGACTTGCGTGACAGGGATCGTAATGACAATAGAGATCGCAAT
GAAAACCGCGATCGTAATGAAGCTAGGGATCGAGGAGATAGAGACCGCAATGATAATCGT
GAACGTGAAAGATTTGATAGAGAAAGAGACCGAAATGACCGGGATCGCGATCGCGATCGA
GAAAGGTCTGATCGGGACTTCAGGGATCGCGACAGAGATTTTGCTCGTGAGCGCGATCGG
GACCAGTCAAATCCATTCTCGAAGATATTTCAAGCCAACATACCTCCTAGGTTTTTAAAG
CAACAGCAGAACAGACAGCAGGAAGACCAACATAAGGGATGGGCCTTTGCTGGAAAACCT
GCACCAAGAAGACAAGAAGCGCAATCATACAACGCACCGAGACATGCACCAAATAATGGC
CGACGTTCATACTCCAGAGATTATTCAGACCGTGAAGATGAGGTACGGAGAGATAAAGAT
GGACCTCAATGGCGTAATGAAATGCAAGACTATGATAGATCTGGTCGAGAGTTAGACAGG
TCTAACTCTAAGGAATCTTATAAAGACTTTAACGATTACAAAGATAGACGATCTGATACT
GAACGAAAACCTTTAGATACAATTGAACATAGCAGCAGAACAGCAGCCGATAAGTTGACT
GAAGTCTTTGAAAGAAAAAGCATAGGTGTTGCTGAACCCTTTGTTTCGACAGAATCTTCT
ATACAAGCACAAGCTCATGAAAAAAGATCTTCACCGCCTTCAAACACACCACAAAGGGAA
TTTACCGAAAAGGATCTTATTGAAACCTCTTGGGCTGATATGGGACAGGAAGAACAAAGT
AACAGCGCTATTTCAGGGGACAAAAAAAATTCAGCCAAAATGTTCGATCAAAAGGAGAAT
GAATCGAACGCCCCACAAGCTGACCCCATCAAGACGTTACAAGAAACAAATGATGCAAAA
ATTATTAGTTCGAACATGTCTCAATCTCATAACAATAATTACAATCAGACATCTAACAAC
ACTTCTAATGCTTCTGTACAAAATCAACACTCTAATATGAATATTGCGGGAAATATTCCA
AGTTCAATAATGCCATCTGGTATACAATCTCAAACCCCTTCATTTACCGATTCTCACTTT
ACTTCTAAGTCTACTTCTAATCAAGTACTTCCTAAACCTATTAGCTCAAATGATATACTT
TCTAATTCCTCACAACCACCAAAGCAGTTTGTTCCGGAACAGTCAAATGTTGTTACAAAT
ACTGCCAAACAAACAGTATCCTTAAAATCAGAAAAAGATCTGTCAGAATCTGAATATATT
GCCTCTAAATCCAGCAGCGATCCTTCCGGAATTATAGGCAATAAACTGACTGATTCAAAT
TCCATTGAAAATAATCAAGACTCTCAAAAGCGACCACAGGATGATAAAAAAAGTGAAAGA
TATACTAATGATCAAGGAAACAAAATGCCGCCTAAAGAACCTATTGAACGTAAATCAAGT
GGGTCAGGATCTGAAAAGAAAGGACGAGGGTATGGTGTTGGGGGAGGGTATAACGTCTAT
GGCAGAGGTTGGGGTTCAAGAGAGTCACGTGGTCGGCGTTCACATAGAAGCTCTCGGTCA
AATAATAGAGCCAGTGAGTCAGATGGTTCAACAGATGGCACTAATATTGATCGAAGGGAA
CGACGAAGAGCACCTCGTAGCCCACGTGGCCCTAAAAAGCAGGAAAGACTCGAGGATTCA
AGTCACGTTATTGACCAGGGATCCCAATTTACAGATGGTTTAGAAAATAGAGAACCATTT
GCCCCTCGTGGTCAACCTTCGCGACGAGGCCGTGGTGGCTTCCATGGCACAAACAGACCT
CCAGCACCGGCTAAAAGAGTAACTGGATATGGACCGCCGAATACAAAAAGTCCTTTTAGT
CAAGCTAACAGAGCAAACAAAGACAATGAGGATTGTAAGGACAACGTTCAAAGTGACAAA
GACAAAAATACCAATAGACCGCATACCGGTTCTTCAGGAGGCAAAGGTAGAGATCGGCGT
TCTAAAGGAGGTCTCAGTGGTGAAGACGAAAATTGGGAAACTACCTCTGAACATTCTGAA
GGCGGTGGCGGACCACGCCGATCTGGTAGCAGACAATTAAATCAATCTCAAAAGGGACAA
GGTGGCAGTCGAAATCATATTTCTAACAATCGACAAAACAATGGTCGGAATCAGCAGGGT
ATTAGGAAAGAAGGTGACAATAAAAGTACGGACGCATTAGAGGCTATAGGTGACCCTAAA
ATACCGACTGCCAAGAAAGATGAAGAAGCTATTGATGACGGATTCCAAGAAGTGCGTAAT
AAAAAAAATTCAAAAGATATCAGAGGTCCCCTTAATGCAAAAGAAGAAAAGCAACCTAGA
TCTCGTTCAAACCAAGGCGGAGGTGGCAGAAATGGTTCATCTACAAGAAATTCAAATGAC
AAATCTAACTCTAGAGGTTCTGGACCTGTTCCCGGTAAATCAAATGTACCTTACGATAAC
AGACCGCGTCAGGCTAACTTGGCACCTCGCTTTGTTAAACAAAGACAAAAACAACAAATG
GGGTTGGTACCCAACTTTGGCACGGATACCGGTGCTGCTCCCCCTCCGCCACCAGTAAAC
GCGTGGGACAAACCTATTGCACAAACTTTGCGTGGCAATGTTGAAGACCAACCCGAAGTT
GTTGAAAAATCAAACCAGTCTAGCCAACGCAGTACTCCAGGAGACACAACTGCTGAAAGT
AATAAACAACCTCCTCCTTCATGTGCTGTAGTTGCTGATAAAGCGGGCGTCTTAGATGGG
ACTACACCGCCTGTGGAAACTATAATATTTGAAAACACCAATTATAAAACTGTGCCACCT
GCGGAGGCTCTTAAACAAAAATATCAACCTAGTGCAGTTACAGCTAAACCCCAAGGAGAA
GAAGTTCAAAATGAAGTGGATTCTAGGGCAATGCCATTCAATGGAGACGTGAGGTCGCGT
CCTAGATCAATACAAGAGCTTATGGCTGAAAGCGGTAGACCTGTGTCAGAGGCCGAGGGG
TCTCTCGGTCTTCAAATGGCTTTTGATACATCACAGAAGAACGAGGATTCTTCTGACATG
AAACTTGATTTTGCATTTGACTCTGACCTTGGGCAGCTCACTGATGAAAAATCAGCTAAA
GCTTTAGGATTGCCTCGTGGCACCCACATGAGTACGTCGAACACCATATCACCGTTAGCA
GCCGATCTCAATTTAAAAATAGCGAGTGTTAAGAAAGTATGGGAGATGCACGCTGTGGCT
GAGGGTAGTGAGGAGCTACAATTCACTACAAATTTCGAAGAGAACAATACAGAAACTGGC
GCACCTCCGAACGTGTGTAAAGTTAAACCAACTCAGCAACTACAATCCCCGCCGCCTCAA
CATTATAACCATGTAACATACCAGGGCGGTTATGGAGGCCTGTCAGTCCCATCGCCACCA
GCAGTTCTGTACAACTCGACTCAACAATTATTAGGTTCATCTCAGCAACTACAACAACAA
GGTGGATTATACGGAGCCTTTTTAGATCAAACACGGGGACAATTTGGAGGCTTCCCTGGA
ACTCCTTATGGCGCGGGTTCTGCTACTCCATATAATTACCAACCACCACCGGATATGTTC
CAGAGCCTGCCAAGTCAATACCGAATGGCCGCTGCGGCAGGAGGTGGCGCTGCCTTCGGC
CAGTCTGGTCAATTAGGAAACAGTCCAAGCACTGTACTTATTTCAAGTACGTCAAACTCG
CTCATGTCGGCTACAGTAAAGCCATCGACTCAACAGATCGGAGCTATTGGTAGTAAAGGT
GGAGGCGTGGGCGGAGTCGGTGGGGTCGGGGCTGTTGGTGGTGTGAATACGTTCCAGCAG
CAGTACTTGGGGTACTCGGGACCCGTGGGTGATTCTCCATATTCACTGCCTGGGCTGCTG
CCTCGGCCTGCCCCTCCTTCCACTTCATACTACTCCCCCTACCAGCCGCCCGCCGCGCCC
GCTCCTACATATCCGCTACAGTTCACTCAGCCAGCACAGTCCAGCGCGTTCAGTTCACAG
TTCCTCTCCTCACAGCTGCATGTCGCCGCCGCCGCGGCCGTCCAACAGATGCAGCAACAA
TATCGGGCACCTCTACAACAACAGTATGCTCCGCCTCAGCCCCGACCTCCGCCTCAGCAA
CAACTCAAGAGTCCACTGCACGAACATCCTAACGGATTCGCCCCTTTGTGTGACTCGGCC
TCACCGACGCCCAAAGGAGCAACAAAACAGCAGAAACCGCCTCATTCGCCGCCTCAACAC
AAGTACCACGCGCCGCCGCCACAACATCAACAGCACCCGCCTCACCCCCCGCCAGCACAC
ACACCGCACCAGCACCATCAGCAGCACCAGCAACACCAACAGCAAATGGTCGGCGGCGGA
AACAACGGACGTGGCGGGAACGGCGGCAACGGAAACGGCAACGCCATGAACCGCGGCGGC
ATGGTGACGTCACGCTACCCAGCACCCATACAGAGGCCGCACGCGCCCGCGCCTCCCATG
TACCGCGCGCCGCCCTCGCAGCCGCCGCGACCACACCACGCGCAACACGTACAACATATG
AGACCCAACCTCTACTACCATCACCACCAACGCAACGGCGGGGGAGGTTCGGAGCGTGTG
ACCGAGGGTGGGGAAGTATCAGCTACCATGGAGGAGGTCGGGGAGACGGTGACCGCAGGC
GAGACGCCTTCCCCCGCTGAGGTGAAGGCCGAGTGA
Protein sequence:
MSALSTPGGGGTTAQSKPTSGKQKYQKLDINSLYCANRNESSEPSSVKSQLSRKHGMQSL
GKVPSARRPPANLPSLKTETGQDPNANTVSTVTTPATTQATCTSQTITTTSSSSAVASGW
VALPPPSSPHFRTEFPSLEAAAQPSHRSTDHTVPQTQLRPQTEGSWTCGGTAGVRQETTS
STVAAPASTPASQQTPAFRAILPPFLMKGSNGTGLGLGTLTSLRDSRNIGGGGGSGNSNS
NMAGPRQSQRPSATPRAVEVLTARPILREEQISSLDDISRDAGWAQHDDIDYDQKLDFSD
GESSAPTVKVSNKTNNNRTSIENDRIDSKIQDPGDEDQLWAERRQKQSNEVAQAVARARQ
RKEEEQRRQMRDSPASQQSSKDNRDKNDRNDRDRNDRERDYEHRDKDRAESKEKERCDNK
DRERNDLRDRDKDRLEGRDRDRMENRDRFDNRDRERDRDRERDRAMDNKDRGRQDNRDRN
DSNKDRDLRDRDRNDNRDRNENRDRNEARDRGDRDRNDNRERERFDRERDRNDRDRDRDR
ERSDRDFRDRDRDFARERDRDQSNPFSKIFQANIPPRFLKQQQNRQQEDQHKGWAFAGKP
APRRQEAQSYNAPRHAPNNGRRSYSRDYSDREDEVRRDKDGPQWRNEMQDYDRSGRELDR
SNSKESYKDFNDYKDRRSDTERKPLDTIEHSSRTAADKLTEVFERKSIGVAEPFVSTESS
IQAQAHEKRSSPPSNTPQREFTEKDLIETSWADMGQEEQSNSAISGDKKNSAKMFDQKEN
ESNAPQADPIKTLQETNDAKIISSNMSQSHNNNYNQTSNNTSNASVQNQHSNMNIAGNIP
SSIMPSGIQSQTPSFTDSHFTSKSTSNQVLPKPISSNDILSNSSQPPKQFVPEQSNVVTN
TAKQTVSLKSEKDLSESEYIASKSSSDPSGIIGNKLTDSNSIENNQDSQKRPQDDKKSER
YTNDQGNKMPPKEPIERKSSGSGSEKKGRGYGVGGGYNVYGRGWGSRESRGRRSHRSSRS
NNRASESDGSTDGTNIDRRERRRAPRSPRGPKKQERLEDSSHVIDQGSQFTDGLENREPF
APRGQPSRRGRGGFHGTNRPPAPAKRVTGYGPPNTKSPFSQANRANKDNEDCKDNVQSDK
DKNTNRPHTGSSGGKGRDRRSKGGLSGEDENWETTSEHSEGGGGPRRSGSRQLNQSQKGQ
GGSRNHISNNRQNNGRNQQGIRKEGDNKSTDALEAIGDPKIPTAKKDEEAIDDGFQEVRN
KKNSKDIRGPLNAKEEKQPRSRSNQGGGGRNGSSTRNSNDKSNSRGSGPVPGKSNVPYDN
RPRQANLAPRFVKQRQKQQMGLVPNFGTDTGAAPPPPPVNAWDKPIAQTLRGNVEDQPEV
VEKSNQSSQRSTPGDTTAESNKQPPPSCAVVADKAGVLDGTTPPVETIIFENTNYKTVPP
AEALKQKYQPSAVTAKPQGEEVQNEVDSRAMPFNGDVRSRPRSIQELMAESGRPVSEAEG
SLGLQMAFDTSQKNEDSSDMKLDFAFDSDLGQLTDEKSAKALGLPRGTHMSTSNTISPLA
ADLNLKIASVKKVWEMHAVAEGSEELQFTTNFEENNTETGAPPNVCKVKPTQQLQSPPPQ
HYNHVTYQGGYGGLSVPSPPAVLYNSTQQLLGSSQQLQQQGGLYGAFLDQTRGQFGGFPG
TPYGAGSATPYNYQPPPDMFQSLPSQYRMAAAAGGGAAFGQSGQLGNSPSTVLISSTSNS
LMSATVKPSTQQIGAIGSKGGGVGGVGGVGAVGGVNTFQQQYLGYSGPVGDSPYSLPGLL
PRPAPPSTSYYSPYQPPAAPAPTYPLQFTQPAQSSAFSSQFLSSQLHVAAAAAVQQMQQQ
YRAPLQQQYAPPQPRPPPQQQLKSPLHEHPNGFAPLCDSASPTPKGATKQQKPPHSPPQH
KYHAPPPQHQQHPPHPPPAHTPHQHHQQHQQHQQQMVGGGNNGRGGNGGNGNGNAMNRGG
MVTSRYPAPIQRPHAPAPPMYRAPPSQPPRPHHAQHVQHMRPNLYYHHHQRNGGGGSERV
TEGGEVSATMEEVGETVTAGETPSPAEVKAE